250-094-284

• Monoflow Design: The rotating union is designed with a monoflow configuration, ensuring a streamlined flow path for enhanced efficiency in various applications.
• Self-Supported Rotating Union: The self-supported design enhances stability during operation, contributing to reliable and smooth performance in industrial settings.
• Radial Housing Connection: Featuring a radial housing connection, this design facilitates easy integration into systems, allowing for convenient and space-efficient installations.
• Balanced Mechanical Seals: Equipped with balanced mechanical seals, the rotating union ensures effective sealing, contributing to an extended operational life and dependable performance.
• Seal Combinations: The unit offers versatile seal combinations, including Carbon Graphite/Hardened Tool Steel or Carbon Graphite/Silicon Carbide, catering to different requirements and operating conditions.
• Felt Oiler for Air Service: A felt oiler is incorporated into the seal cavity, specifically designed for air service, ensuring proper lubrication to enhance the unit's performance and longevity.
• Oiler for Relubrication: The rotating union includes an oiler for relubrication, allowing for periodic maintenance with 3 to 5 drops of lubricant per month, ensuring optimal functionality.
• Low Torque Design: Engineered with a low torque design, the rotating union minimizes energy consumption and facilitates smoother operation.
• Weight-Optimized Design: The design prioritizes weight optimization, providing a balance between durability and efficiency while minimizing the overall weight of the unit.
• Durable Construction Materials: Constructed with an aluminum housing and a choice of stainless steel or carbon steel rotor, the rotating union is designed with materials that offer corrosion resistance and durability.
• Ball Bearings Lubricated for Life: The inclusion of ball bearings lubricated for life reduces maintenance requirements and ensures the smooth and reliable rotation of the unit over an extended period.